Real-time industry insights, AI-summarized for beekeepers.
$4.20/lb
Bulk Honey Index
+0.12 (3.1%) this week
Elevated
Varroa Pressure
14 US states reporting high load
Peak Bloom
Forage Forecast
Pacific Northwest — early by 2 wks
Researchers from the University of Minnesota are studying a 17-year evolutionary process in Hawaiian honey bees, specifically on Oahu and the Big Island, which may provide new strategies for global honey bee survival. This research could benefit beekeepers worldwide by offering insights into natural selection and adaptation against threats, potentially leading to more resilient bee populations. Beekeepers should monitor developments from this research for potential new approaches to breeding or management practices that enhance bee resistance.
Australia, previously free of Varroa mite, experienced an outbreak in June 2022, devastating bee populations. The article highlights the need for collective action and support for Australian beekeepers to manage this invasive pest. This situation underscores the global challenge of Varroa destructor and the importance of coordinated responses to protect bee health.
A new study suggests that bees, particularly bumblebees, may be obtaining protein from grasses, challenging the traditional view that they rely solely on flowers for nutrition. This finding highlights an overlooked food source in common landscapes like lawns, especially in the Southeastern US. This research affects beekeepers, conservationists, and land managers by expanding the understanding of pollinator diets and habitat requirements. Beekeepers should consider the potential nutritional value of diverse vegetation, including grasses, when assessing forage availability and managing apiary surroundings.
Varroa destructor is identified as a critical external parasitic mite severely impacting U.S. bee colonies, feeding on both brood and adult bees. Infestations significantly weaken colony viability, reduce worker lifespan, and facilitate the spread of various viruses. This persistent pest poses one of the most destructive threats to honey bee health in the United States.
A laboratory study using a carbon-14 tracer found that worker bees initially filtered 95% of a pesticide from stored food by day two, but this efficiency dropped to 86% by day ten. Critically, the queen bee transferred her chemical burden into her eggs, which contained 5 to 10 times the pesticide concentration found in the queen herself. This indicates a significant pathway for pesticide accumulation in future generations and a decline in worker detoxification efficiency over time.
Pollinator habitat is disappearing faster than it is being restored, primarily due to a bottleneck in the native plant supply chain. The issue is not a lack of awareness but rather an outdated system for producing and distributing native plants. This systemic problem hinders large-scale habitat restoration efforts across the country.
The yellow-legged hornet, an invasive social wasp species, poses a significant threat to honey bees and other pollinators. This pest can decimate bee colonies by preying on adult bees and larvae, impacting beekeeping operations and agricultural pollination. US beekeepers should learn to identify this hornet and report any sightings to APHIS to aid in early detection and control efforts.
The article discusses the increasing importance of veterinarians in honey bee health, despite challenges like high costs, limited training, and a shortage of bee specialists. It highlights the hurdles slowing the integration of veterinary care into beekeeping practices. This emerging field aims to address the health crises facing bee colonies through professional medical intervention.
The USDA reported an increase in US honey bee colony numbers during the first half of 2026, indicating beekeepers successfully replaced losses. This trend suggests beekeepers are actively managing persistent health pressures, particularly Varroa mites, to maintain colony populations. US commercial beekeepers should continue to prioritize effective Varroa mite management strategies and monitor USDA reports for further insights into national colony health trends.
